Influence on Rubing Material Performance of SiO2 Nanometer Compounds of Phenol Aldehyde ResinZhou Yuankang,Dai Shenghai, Wang Manli, Shu Da 1. College of Mechanical Engineering , Guizhou University, Guiyang Guizhou 550003, China; 2. College of Chemical Engineering, Guizhou University, Guiyang Guizhou 550003, ChinaAbstract:In the course of polymerization of tung oil modified phenol aldehyde resin, by adding some SiO2 nanometer particles which have been scattered, compound modified heat-curable NTPF was made. The heat resistance performance of NTPF is obvious improved through the test of SETARAM TG-DSC92-16 hot analysis instrument. Its heat resistant and rub hinder performance is obvious improved and the whole wear and tear quantum of the material drop, but a wearing and tear- ing rate peak value exists at 250 ℃ when NTPF is used as rub material to do wear and tear comparing test in define rapid wear and tear machine DMS-1 according to relevant standard. Accordingly ,the improvement of its wearing and tearing performance is analyzed from mechanism.
摩擦材料
